Terra Innovatum Global N.V. (NKLR) Investor presentation summary

Market opportunity and strategy

• Distributed, modular microreactors address grid constraints and rising industrial and AI power demand, offering scalable, behind-the-meter solutions for diverse sectors.

• SOLO microreactor design is complete, requiring no further R&D for first deployment, and is fully funded for licensing, construction, and operations.

• Factory-built, off-the-shelf components and a secured supply chain enable rapid, capital-efficient scaling and global deployment.

• LEU fuel design aligns with non-proliferation standards, supporting deployment in both U.S. and international markets.

• Fabless business model leverages global manufacturing partners, enabling scalable production with minimal upfront investment.

Product features and differentiation

• SOLO delivers 1 MWe and 4 MWth in a compact 10 m³ cube, with an estimated $0.07 LCOE over a 45-year life and 97% uptime.

• No risk of hydrogen explosion or meltdown, no exclusion zone required, and is remotely operated for 24/7 use.

• Modular architecture allows deployment from single units to large fleets, with output versatility for electricity, heat, and radioisotopes.

• NRC-licensed LEU fuel is commercially available, reducing regulatory and supply chain risks.

Regulatory and commercialization progress

• U.S. NRC licensing process began in January 2025, with multiple submissions and ongoing high-frequency engagement.

• New 10 CFR Part 57 regulatory pathway for microreactors is expected to streamline licensing and enable scalable deployment.

• Parallel licensing strategy advances construction and operating licenses simultaneously, with FOAK and NOAK designs identical to accelerate commercialization.

• FOAK deployment targeted for 2027, with commercialization in 2028.